- Re-read simulation notes/docs
- Re-test compilation against vs code / visual studio / WSL
- Re-check native gradle setup for c compilation
- Round up new variations
- Consider if Scala is the best option, for modern usage with how lightbend is going
- Consider alternative JVM languages
- Output Library based on code
- Start sorting through 2020 priorities
- Fill out assumptions made by Dole's Paper.
- Finish all the Model descriptions
- Add by creation year ordering list
- Remove Dole specific branching and replace with Fogg's code using the values of our star and no eco model.
add burdick accrete branchadd burdick accrete2 branchadd webb accrete branchadd folkins accrete branchadd gilham accrete branchadd burke accrete branch- add github port code
add burrell accrete branch- add github port code
add keris accrete branch- add anderson accrete branch
add burrows stargen branch- add reeds stargen branch
- add omega13a stargen branch
- add stubs
- review info
- unify branches as modules
- convert code to scala
- Consider Carl Burke's Code (In Progress)
- Investigate Folkins' Accretion Branch and Keris' modifications
- Convert all added features to Scala (In Progress)
- Reconcile StarGen with codebase
- Get a solid Moon/Rings/Asteroid Belt accretion process
- Better Star Classification
- Add Visuals
- Make Decision on whether to add option of using older inaccurate values
- Try to recreate older random number generators if using older values